NICHOLAS HERBERT HERBERT
Pilots at Clement St, Baltimore, MD

License number

Maryland A5156704

Issued Date

Nov 2013

Expiration Date

Nov 2018

Professional information

Web Developer At Sourcefire

Position:

Web Developer at Sourcefire

Location:

Baltimore, Maryland Area

Industry:

Computer Games

Work:

Sourcefire - Columbia, Maryland since May 2012 - Web Developer BreakAway Games - Baltimore, Maryland Area Jan 2010 - May 2012 - Lead Artist/Technical Artist BreakAway Games - Hunt Valley, MD Aug 2007 - Nov 2009 - Technical Artist UMBC Aug 2005 - Aug 2007 - Technical Specialist

Education:

University of Maryland Baltimore County 2000 - 2005
Bachelors, Computer Science

Interests:

Game Design, Level Design, 3d Modeling, Digital painting, Microsoft Blend, Coding in C#

Method Of Making Piston Rings With Chrome-Filled Grooves

US Patent:

4176434, Dec 4, 1979

Filed:

May 19, 1978

Appl. No.:

5/907375

Inventors:

John E. Cromwell - Baltimore MD
Nicholas Herbert - Baltimore MD
Glenn F. Hyde - Timonium MD

Assignee:

Koppers Company, Inc. - Pittsburgh PA

International Classification:

B23P 1506

US Classification:

2915663

Abstract:

A method of making piston rings comprising forming annular stepped grooves in the outer periphery of a plurality of piston ring blanks, stacking the blanks on a rotatable arbor, electro-depositing a layer of chromium in the grooves and on the outer surfacs of the ring blanks, and removing an outer portion of the chromium layer and the outer bearing faces of the ring blanks to form a plurality of piston rings having a continually axially convex surface on the face of the ring formed by the deposited chromium and bearing faces of the ring.

Piston Ring With Chrome-Filled Groove

US Patent:

4307890, Dec 29, 1981

Filed:

Nov 5, 1976

Appl. No.:

5/739129

Inventors:

John E. Cromwell - Baltimore MD
Nicholas Herbert - Baltimore MD
Glenn F. Hyde - Timonium MD

International Classification:

F16J 1500

US Classification:

277224

Abstract:

A piston ring having an annular groove in its outer periphery forming axially-spaced outer shoulders at each side of the ring, such groove including a bottom land and a pair of axially-spaced, radially intermediate lands connected to the bottom land and the outer bearing faces by radially outwardly diverging side walls forming stepped sides for the groove with the groove being filled with a layer of electro-deposited chromium. The deposited chromium and the bearing faces form a continuous axially convex surface on the face of the seal ring.